Home » Shop » Duct Sensors » MAMAC Systems HU-226-3-VDC-8 Duct Humidity & Temperature Transducer

MAMAC Systems HU-226-3-VDC-8 Duct Humidity & Temperature Transducer

Original price was: $93.06.Current price is: $72.76.

Sale!

78 in stock

SKU: HU-226-3-VDC-8 Category:

The MAMAC Systems HU-226-3-VDC-8 is a professional-grade duct-mount humidity and temperature transducer engineered for precision monitoring in commercial HVAC and building automation applications. Combining a high-accuracy relative humidity sensor with an integrated 10,000 Ohm NTC thermistor (Carel-compatible), this transducer delivers reliable dual-parameter sensing in a single, easy-to-install package.

Key Features
  • ±3% relative humidity accuracy for dependable environmental monitoring
  • Field-selectable output: 0–5 VDC or 0–10 VDC — configure on-site without additional hardware
  • Integrated 10,000 Ohm NTC thermistor (Carel) for simultaneous temperature sensing
  • Wide supply voltage range: 12–40 VDC / 12–35 VAC for flexible power compatibility
  • Duct-mount design for straightforward installation in air handling units and ductwork
  • Dual-function sensing reduces wiring, installation time, and component count
  • Compatible with a broad range of BAS/BMS controllers and DDC systems
Specifications
  • Model: HU-226-3-VDC-8
  • Mounting: Duct
  • Humidity Accuracy: ±3%
  • Output Signal: 0–5 VDC or 0–10 VDC (field selectable)
  • Temperature Sensor: 10,000 Ohm NTC Thermistor (Carel)
  • Supply Voltage: 12–40 VDC / 12–35 VAC
Applications
  • Commercial HVAC air handling units
  • Building automation and energy management systems
  • Demand-controlled ventilation (DCV)
  • Indoor air quality (IAQ) monitoring
  • Data centers, laboratories, and controlled environments

The HU-226-3-VDC-8 from MAMAC Systems is the ideal choice for contractors and controls engineers who need accurate, versatile duct sensing with minimal installation complexity. The field-selectable voltage output ensures compatibility with virtually any analog input controller, while the wide supply voltage range simplifies power integration across diverse system configurations.